JP5345903B2 - Electronic sticky note system and electronic sticky note program - Google Patents

Description

  The present invention relates to an electronic sticky note system and an electronic sticky note program for creating and managing sticky note data displayed on a computer display.

  There is known sticky note software that uses a computer to reproduce the memorandum or reminder method of writing a note on a small piece of paper with an adhesive part called a sticky note and pasting it in a prominent place.

  The sticky note software holds the memo contents input by the user, secures a sticky note area in the desktop area on the computer display, and displays the held user memo contents in the sticky note. As a result, when the computer is used, the user can recognize the tag on the desktop and recognize the memo content of the tag.

  In order to share the information entered on the sticky note among multiple users, the sticky note information added to the electronic information is held on the server device side together with the electronic information on the display of the client device connected via the communication network. In addition, a system for displaying electronic information including sticky note information is known (for example, Patent Document 1).

JP 2005-141589 A

  In conventional sticky note software, information such as characters and images displayed in the sticky note area (hereinafter referred to as “sticky note content”) is managed for each sticky note. The contents of the sticky notes are completed with the individual sticky notes. When changing the contents of the sticky notes, it is necessary to operate the sticky notes to be changed one by one.

  For example, when the sticky note provided by the sticky note software is displayed in the desktop area, it can be moved to any position of the user. It is known to use with a high. However, the user only sees the contents of the sticky notes arranged, and cannot use the contents of the sticky notes to link with other applications.

  In addition, when a new function is added to a sticky note, the sticky note system needs to be modified, and the function addition cannot be easily realized.

  An object of the present invention is to provide an electronic sticky note system capable of performing various processes by directly using the contents of a sticky note displayed on a user's display.

  Another object of the present invention is to provide a program for causing a computer to execute processing executed by the electronic sticky note system as another aspect of the invention.

  The above and other objects and novel features of the present invention will become apparent from the description of the specification and the accompanying drawings.

The outline of a typical electronic sticky note system disclosed in the present application will be briefly described as follows. That is, the electronic sticky note system includes a reference point indicating the display position of the tag data in the sticky note display screen, a display area showing the size of the display area, and the overlap region determining overlapping of other tag data, the sticky note a tag data including the contents information among a contents, one of the instruction to start the predetermined processing execution program to output different information and the content information value information or input information, A sticky note data storage unit for storing a plurality of sticky note data, a sticky note data acquisition unit for obtaining a plurality of the sticky note data from the sticky note data storage unit, and the sticky note display based on the acquired sticky note data as a reference point a display processing unit for displaying on the screen, among the plurality of tag data displayed on the sticky note display screen, the reference point of the other tag data to the overlapping region of the tag data is For sticky note data with each other in relation to location, the tag data reference point of other tag data in the overlapping region is located by the parent tag data, the tag data to which the reference point is located in the overlapping region of the other tag data and overlap processing unit sets the parent-child relationship to the child tag data, content information of the one other content information of the tag data is a said processing instruction sticky data of the two sticky note data to which the parent-child relationship has been set If it is the value information, the said the other value information tag data and execute the execution program by the processing instruction as input information for processing instructions of the one tag data the execution result acquired from the execution program started Ru and a processing execution section to be displayed in the display area generated in any one of the display area or another of the two sticky note data.

  The above electronic sticky note system acquires sticky note data from the sticky note data storage unit and displays it on the sticky note display screen based on the positional information of the acquired sticky note data. Then, for example, when the tag data is moved on the tag display screen by a user's mouse drag and the change is detected, the tag data is updated based on the detected position movement. When the content information of the displayed sticky note data includes a processing instruction for executing a predetermined process, the electronic sticky note system uses the value information given to the processing instruction as input information and outputs the processing instruction. Run.

  Furthermore, the electronic sticky note system checks the positional relationship between the sticky note data when a plurality of sticky note data is displayed on the sticky note display screen. Then, for the sticky note data in which the reference point of the other sticky note data is located in the predetermined overlapping area of the sticky note data, the sticky note data in which the reference point of the other sticky note data is located in the overlapping area is used as the parent sticky note data. And the sticky data whose reference point is located in the overlapping area of other sticky note data is used as child sticky note data, the parent-child relationship is set to these sticky note data, and the content information of the sticky note data with this parent-child relationship set is processed , The processing information for the tag data can be executed using the content information of the tag data in the parent-child relationship as input information.

  Further, in the above electronic sticky note system, the overlap processing unit extracts all sticky note data in which the parent-child relationship is continuous to set a sticky note group, and continues from each sticky note data in the sticky note group. The number of data is calculated to determine the number of sticky note weights for each sticky note data, and the processing execution unit sequentially executes the processing of the sticky note data with the smallest number of sticky note weights for the sticky note group. The processing result of the attached tag data of the attached tag data can be executed with the execution result as input information.

  Furthermore, in the above electronic sticky note system, when the sticky note storage unit stores the sticky note data in which attribute information having a predetermined category is defined, the processing execution unit includes the sticky note group in the sticky note group. The processing instruction of the parent tag data can be executed with the content information of the tag data having the same attribute information as the input information.

  Further, in the electronic sticky note system, when the execution result of the processing instruction is acquired from the processing execution unit, the content information of the corresponding sticky note data is changed using the acquired execution result, and the display processing unit The changed sticky note data can be displayed on the sticky note display screen.

  As described above, in the electronic sticky note system described above, the sticky note data defining the contents of processing and the sticky note data defining information substitutable for the processing can be stored as separate sticky note data. In response to user operations, various information can be input to execute processing.

  Therefore, since various processing contents and information input to the processing can be added in units of sticky note data, it is possible to add a processing function to be executed without performing system modification.

  Furthermore, since the tag data becomes input information by being superimposed on other tag data displayed on the tag display screen, it can be reused as input information for different processes (functions).

  Furthermore, since the sticky note data is targeted for processing a plurality of sticky note data that are superimposed, the corresponding sticky note data can be processed in a lump, and the trouble of repeating the same processing can be saved.

  Further, the number of tag data related to the tag data can be used as a processing weight by overlapping, and the processing can be performed by controlling the execution order.

It is a figure for outlining the effect | action of the electronic sticky note system concerning this invention. It is a figure which shows the structural example of the electronic sticky note system in one Example of this invention. It is a figure which shows the example of the data item of the table corresponded to tag data. It is a figure which shows the example of a display of the sticky note displayed on a sticky note display screen. It is a figure which shows the whole processing flow of an electronic sticky note system. It is a figure which shows the example of the sticky note data of a normal sticky note paper. It is a figure which shows the detailed processing flow of the display process (step S40) of a normal sticky note. It is a figure which shows the display data example of a normal sticky note, and a display example. It is a figure which shows the example of the tag data of a link tag paper. It is a figure which shows the detailed process flow of the display process (step S50) of a link sticky note. It is a figure which shows the display data example of a sticky note paper, and a display example. It is a figure which shows the example of the tag data of an image tag paper. It is a figure which shows the detailed process flow of a display process (step S60) of an image sticky note. It is a figure which shows the display data example of an image tag paper, and a display example. It is a figure which shows the example of the sticky note data of a calculation sticky note paper. It is a figure which shows the detailed processing flow of a display process (step S70) of a calculation sticky note. It is a figure which shows the example of display data of a calculation sticky note, and a display example. It is a figure which shows the example of the sticky note data of a special sticky note paper. It is a figure which shows the detailed process flow of a special sticky note display process (step S80). It is a figure which shows the example of display data of a special sticky note paper, and a display example. It is a figure for demonstrating the overlap of a sticky note paper. It is a figure which shows the example of the sticky note linked | related by parent-child relationship. It is a figure which shows the example of a sticky note display, and the example of parent-child relationship information. It is a figure which shows the example of related sticky note information, and the example of sorted sticky note information. It is a figure which shows the example of execution of the process command based on the weight (weighting coefficient) of a sticky note. It is a figure which shows the example of the calculation process performed with a calculation sticky note paper. It is a figure which shows the example of the calculation process performed with a calculation sticky note paper. It is a figure which shows the example of the special sticky note in which the special process searched using input information was defined. It is a figure which shows the example of the special sticky note in which the special process which sets a process result to another sticky note was defined. It is a figure which shows the more detailed process flow of the overlap process of step S74 or step S84. It is a figure which shows the more detailed process flow of the related sticky note acquisition process of step S108. It is a figure which shows the more detailed process flow of the calculation process of step S75. It is a figure which shows the more detailed process flow of the calculation process of step S124. It is a figure which shows the more detailed process flow of the special process of step S85.

  FIG. 1 is a diagram for outlining the operation of the electronic sticky note system 1 according to the present invention.

  The sticky note display screen shown in FIG. 1 is a display area for displaying sticky note data of the electronic sticky note system 1.

  Assume that sticky notes j1 to j8 are displayed on the sticky note display screen. The sticky notes j1 to j6 are sticky notes on which each information of A1, B1, B2, C1 to C3 is described as content information. The sticky note j7 is a sticky note with a function called a date registration sticky note (date registration sticky note), and the content information includes a date for registering the start date of the plan using schedule management software as another application. A processing instruction for performing registration processing is included.

  The sticky note j8 is a sticky note with a function called a search sticky note (search sticky note), and the content information includes a processing instruction for performing an Internet search process using text data using other application Internet search software. Is included.

  When the electronic sticky note system 1 is activated, it acquires sticky note data of sticky notes j1 to j8 stored in the sticky note data storage unit, displays the sticky notes j1 to j8 on the sticky note display screen, and The display content and position of the sticky note are updated and displayed according to the change caused by the operation.

  For example, it is assumed that the sticky note j5 (information of C2) is dragged with the mouse on the sticky note display screen and moved so as to overlap the display area of the date registration sticky note j7.

  The electronic sticky note system 1 sets the parent-child relationship in these sticky note data based on the positional relationship between the date registered sticky note j7 and the sticky note j5, and the contents information (information of C2) described in the sticky note j5 is set to the date. The information is set to input information to the processing command defined in the registered sticky note j7, and this processing command is executed.

  Specifically, the corresponding schedule management software is activated by the processing instruction that is the content information of the date-registered sticky note j7, and the content information (C2 information: date) of the sticky note j5 is acquired as input information. The information (date) of C2 is set to the start date of the plan defined in the date registration sticky note j7.

  Further, it is assumed that the sticky note j6 (information of C3) is dragged with the mouse on the sticky note display screen and moved so as to overlap the display area of the search sticky note j8.

  The electronic sticky note system 1 sets a parent-child relationship for these sticky note data based on the positional relationship between the search sticky note j8 and the sticky note j6. Then, according to the processing instruction for the content information of the search sticky note j8, the corresponding Internet search software is activated and the content information (information of C3: text data) written on the sticky note j6 is acquired as input information to the search condition. The Internet search is performed using the acquired information (text data) of C3 as a search word.

  Further, it is assumed that the sticky note j4 (information of C1) is dragged with the mouse on the sticky note display screen and is overlaid on the display area of the search sticky note j8. In this case, the electronic sticky note system 1 sets a parent-child relationship in which the search sticky note j8 is a parent and the sticky note j6 and the sticky note j4 are children. Then, by the Internet search software corresponding to the processing instruction of the search sticky note j8, the content information (C1 information: text data) of the sticky note j4 and the content information (C3 information: text data) written on the sticky note j6 Is used as input information to search the Internet using these two text data as search terms.

  In this way, when the processing instruction is included in the content information of the sticky note displayed on the sticky note display screen, the content information of the other sticky note overlapping the sticky note is input to the processing instruction. The processing defined in the sticky note can be executed.

  In the electronic sticky note system 1, even if the sticky notes such as the sticky notes j5, j6, j4, etc. are dragged to the function-added sticky note area, the content information thereof is not changed. Therefore, the user can use the sticky note on which the content information as the input information of the sticky note with a function is written any number of times, and it is not necessary to input the information every time it is processed.

  In the electronic sticky note system 1, sticky notes with functions such as sticky notes j7 and j8 can be prepared in advance. Therefore, the user can easily perform routine processing without inputting information by simply displaying the required sticky note with a function and the input information on the sticky note display screen 40. Can be executed.

  Further, in the electronic sticky note system 1, a sticky note with a function can be added by creating sticky note data (sticky note data). Therefore, various processing functions required by the user can be easily provided through the sticky note display screen.

  FIG. 2 is a diagram showing a configuration example of the electronic sticky note system 1 according to the embodiment of the present invention.

  In this embodiment, the electronic sticky note system 1 includes a server device 2 and a user device 3 that perform data communication with each other via a network such as a LAN or a WAN.

  The server device 2 includes a sticky note data storage unit 21 and a sticky note data update program 23.

  The sticky note data storage unit 21 has a reference point that indicates the display position of the sticky note (sticky note data) on the sticky note display screen 40, a display area that indicates the size of the display area of the sticky note, and content information that is the content of the sticky note paper. Is a storage unit that stores sticky note data including

  The tag data update program 23 is a program that is installed and executed in the server device 2 and is a program for realizing the tag data update unit 231.

  When a change occurs in the sticky note (sticky note data) displayed on the sticky note display screen 40 in the user device 1, the sticky note data update unit 231 corresponds to the sticky note data storage unit 21 based on the change information. Update sticky note data.

  When the server apparatus 2 holds the sticky note data processing program 31 and receives an activation request for the electronic sticky note system 1 from the user apparatus 3, the server apparatus 2 transmits the sticky note data processing program 31 to the user apparatus 3. The sticky note data processing program 31 is, for example, a program by javascript, and can operate in the transmission destination user device 3 to execute a predetermined process.

  By receiving the tag data processing program 31 from the server device 2, the user device 3 includes a processing unit realized by the tag data processing program 31, and displays a tag paper display screen 40 on the display.

  The tag data processing program 31 causes the user device 3 to build a tag data acquisition unit 311, an overlap processing unit 312, a process execution unit 313, a display processing unit 314, and a tag data update unit 315 to execute specific processing. Can do.

  The tag data acquisition unit 311 acquires tag data from the tag data storage unit 21.

  When a plurality of sticky note data is displayed on the sticky note display screen 40, the overlap processing unit 312 checks the positional relationship between the sticky note data, and the reference point of other sticky note data is found in a predetermined overlapping area of the sticky note data. For sticky note data in a positional relationship, the sticky note data in which the reference point of other sticky note data is located in the overlapping area is referred to as “parent sticky note paper”, and the sticky note data in which the reference point is located in the overlapping area of other sticky note data Set parent-child relationship as “child tag”.

  In addition, the overlap processing unit 312 extracts all the sticky notes that are linked by this parent-child relationship, sets a sticky note group, calculates the number of child sticky notes related to the sticky notes in the sticky note group, and calculates the number of sticky notes. It is given as (weight coefficient).

  When the content information of the tag data includes a processing command for executing a predetermined processing, the processing execution unit 313 uses information input to the processing command by a user input operation as input information, and uses this input information. Execute processing instructions.

  In addition, when the content information of the sticky note for which the parent-child relationship is set includes a processing instruction, the processing execution unit 313 executes the processing instruction of the parent sticky note with the content information of the child sticky note having the parent-child relationship as input information To do.

  The display processing unit 314 displays the sticky note acquired by the sticky note data acquisition unit 311 on the sticky note display screen 40 based on the reference point. The display processing unit 314 displays the execution result of the process executed by the process execution unit 313 in the display area of the sticky note.

  When a change to the sticky note data displayed on the sticky note display screen 40 is detected, the sticky note data update unit 315 notifies the sticky note data update unit 231 of the detected change information. A combination of the tag data update unit 315 of the user device 3 and the tag data update unit 231 of the server device 2 corresponds to the tag data update unit described in the claims.

  In the present embodiment, for example, the electronic sticky note system 1 holds sticky note data as XML format data, and the display processing unit 314 implements the sticky note display screen 40 by the function of the Web browser. However, the data format of the tag data may be other data formats.

  2 shows an example in which each processing unit of the electronic sticky note system 1 is implemented by being separated into the server device 2 and the user device 3, but the electronic sticky note system 1 is configured. All the processing units may be provided in the local environment of the user device 3.

  FIG. 3 is a diagram illustrating an example of data items in a table corresponding to tag data.

  The tag data acquisition unit 311 expands the tag data acquired from the tag data storage unit 21 in a table as shown in FIG. The table shown in FIG. 3A includes tag data items of “code”, “type”, “overlap count”, “color number”, “size”, “position”, “title”, and “items 1 to 6”. Have

  The code is information indicating a code issued for uniquely identifying a sticky note (sticky note data).

  The type is information indicating the type of tag data. The sticky note data storage unit 21 stores, for example, sticky note data of a type classified as “normal, link, image, calculation, special”.

  Usually, it indicates the type of sticky note data including data such as characters or numbers as the content information. The link indicates the type of sticky note data including a processing instruction for accessing the described link destination as content information. The image indicates the type of sticky note data including a processing command for displaying image data as content information. The calculation indicates the type of sticky note data including a processing instruction for executing a predetermined calculation process as the content information. The special is a type of sticky note data including a processing command for executing processing predefined as content information.

  The overlap coefficient indicates the number of sticky note data corresponding to the child sticky note data among the sticky note data (sticky note data having a parent-child relationship) constituting the sticky note data group determined by the overlap processing unit 312.

  The color number is information indicating a color code indicating the background color of the display area of the tag data. The size is information indicating the size of the sticky note displayed on the sticky note display screen 40. The position is information indicating the position of the sticky note displayed on the sticky note display screen 40. The title is information indicating the sticky note title (name) of the sticky note paper.

  Items 1 to 6 are items for storing setting information of tag data, and items are defined for each type of tag.

  FIG. 3B is a diagram illustrating a definition example of items 1 to 6 of the table in the normal type sticky note data.

  In the normal type of sticky note data, “item 1” indicates the content of the sticky note (information displayed on the sticky note), “item 2” indicates start date / time information indicating the start date and time of display of the sticky note, and “item 3” has a sticky note. End date / time information indicating the end date / time of paper display is set, and “item 4 to item 6” are defined as unused.

  FIG. 4 is a diagram showing a display example of the sticky note displayed on the sticky note display screen 40.

  The sticky note 10 displayed on the sticky note display screen 40 is displayed at a predetermined position on the sticky note display screen 40 by the display processing unit 314 based on the position and size of the sticky note data.

  As shown in FIG. 4A, the sticky note 10 has a display area of a title line 11, a content line 12, and a footer line 13.

  The title line 11 is a display area for displaying the title of the tag data, and includes a background color button 111, an edit button 113, and an end button 115 as shown in FIG.

  The background color button 111 is a button for executing a process of changing the background color of the content line 12 and the footer line 13 by clicking. The edit button 113 is a button for starting the editing process of the tag data, and the end button 115 is a button for ending the display of the tag data.

  When the background color is specified in the tag data, the content line 12 and the footer line 13 are displayed with the specified background color.

  Further, the tag data editing process started by the edit button 113 can be performed by a known text data editing process function.

  The content line 12 is an area for displaying the content of the sticky note. For example, in the case of “normal” sticky note data, the content of the sticky note of item 1, the start date / time information of item 2 and the end date / time information of item 3 are displayed. Is done.

  The footer row 13 includes a move button 131, an order button 133, and a size button 135, as shown in FIG.

  The move button 131 is a button for executing processing for moving the display position of the sticky note, and by clicking on the four directions buttons on the sticky note display screen 40, the sticky note is displayed in the corresponding direction. The position moves. The order button 133 is a button for executing processing for changing the order of overlap when sticky notes overlap. Clicking the “+ (plus)” button moves the corresponding sticky note to the front, and clicking the “− (minus)” button moves the corresponding sticky note to the rear. The size button 135 is a button for executing processing for changing the size of the sticky note paper. By dragging the size button 135 with the mouse, the size of the sticky note is changed to an arbitrary size.

  Hereinafter, processing of the electronic sticky note system 1 will be described.

  It is assumed that the user device 3 acquires and installs the tag data processing program 31 from the server device 2 in advance and each processing unit is constructed.

[Process overview]
FIG. 5 is a diagram showing an overall processing flow of the electronic sticky note system 1.

  The tag data acquisition unit 311 acquires tag data from the tag data storage unit 21 (step S1).

  The tag data acquisition unit 311 extracts the acquired tag data one by one (step S2), and sets the extracted tag data in the corresponding array of the table (step S3). Then, the sticky note data acquisition unit 311 determines the sticky note type (steps S4 to S8), and if the sticky note type is “normal” (Y in step S4), the process proceeds to a normal sticky note display process (step S40). ), If the sticky note type is “link” (Y in step S5), the process proceeds to the display processing of the linked sticky note (step S50), and if the sticky note type is “image” (Y in step S6), the image If the sticky note type is “Calculation” (step S7), the process proceeds to the sticky note display process (step S70). If the sticky note type is “calculation” (Y in step S7), the process proceeds to the calculation sticky note display process (step S70). If there is (Y in step S8), the process proceeds to a special sticky note display process (step S80).

  If all the acquired tag data has not been processed (N in step S9), the process returns to step S2, and if all have been processed (Y in step S9), the process ends.

[Normal sticky note display processing]
Next, normal sticky note display processing will be described.

  In the normal sticky note display process, the sticky note data acquired by the sticky note data acquisition unit 311 is processed by the display processing unit 314 without being processed by the overlap processing unit 312 and the process execution unit 313.

  FIG. 6 is a diagram illustrating an example of sticky note data of a normal sticky note paper.

  The sticky note data acquisition unit 311 acquires sticky note data in the XML format shown in FIG. 6A from the sticky note data storage unit 21 (FIG. 5: step S1), and an array of the sticky note data table shown in FIG. 6B. Each data is set to (FIG. 5: step S3). If the sticky note type is “fusen”, it is determined as “normal” type sticky note data (normal sticky note paper), and normal sticky note display processing (step S40) is started.

  FIG. 7 is a diagram showing a detailed processing flow of normal sticky note display processing (step S40), and FIG. 8 is a diagram showing an example of normal sticky note display data.

  The display processing unit 314 extracts “about OO” from the title of the tag data table shown in FIG. 6B, and generates the title line 11 (step S41).

  Further, in the display processing unit 314, the start date (2009/01/01) or the end date (2009/12/31) is set in items 2 and 3 of the tag data table shown in FIG. 6B. Only in the case (Y in step S42), a start date or an end date is generated, and a start date and an end date of the content line 12 are generated (step S43). Further, the display processing unit 314 extracts “XX cases” from the item 1 (contents) in the tag data table shown in FIG. 6B, and generates the content line 12 (step S44). Further, the display processing unit 314 generates a predetermined footer row 13 (step S45).

  The display processing unit 314 generates sticky note display data shown in FIG. 8A as a result of the processing of steps S41 to S45. On the sticky note display screen 40, a sticky note 10 as shown in FIG. 8B is displayed.

[Link sticky note display processing]
Next, the display processing of the linked sticky note will be described.

  In the link sticky note display process, the sticky note data acquired by the sticky note data acquisition unit 311 is processed by the display processing unit 314 without being processed by the overlap processing unit 312 and the process execution unit 313.

  FIG. 9 is a diagram illustrating an example of sticky note data of a linked sticky note paper.

  The sticky note data acquisition unit 311 acquires sticky note data in the XML format shown in FIG. 9A from the sticky note data storage unit 21 (FIG. 5: step S1), and an array of the sticky note data table shown in FIG. 9B. (FIG. 5: Step S3), if the type of the sticky note is “link”, it is determined that the data is “link” type sticky note data (link sticky note), and the display processing of the linked sticky note (step S50) is started.

  FIG. 10 is a diagram showing a detailed processing flow of the link sticky note display processing (step S50), and FIG. 11 is a diagram showing an example of display data of the link sticky note.

  The display processing unit 314 extracts “XX site” from the title of the tag data table shown in FIG. 9B and generates the title line 11 (step S51).

  Further, the display processing unit 314 generates data serving as a base for the content line 12 of the sticky note (step S52), and the item 2 (link notation) in the tag data table shown in FIG. If (XX page) "is set (Y in step S53), a link notation is displayed in the content line 12, and item 1 (content) of the tag data table shown in FIG. 9B is extracted. A link is generated (step S54). On the other hand, if data is not set in item 2 (link notation) of the tag data table (N in step S53), the link destination is displayed in the content line 12, and the tag data table shown in FIG. Item 1 (contents) is extracted to generate a link (step S55). Further, the display processing unit 314 generates a predetermined footer row 13 (step S56).

  Then, the display processing unit 314 generates another window on the display of the user device 3, and displays the data acquired based on the link on the generated window (step S57).

  The display processing unit 314 generates sticky note display data shown in FIG. 11A as a result of the processing of steps S51 to S56. On the sticky note display screen 40, the sticky note 10 as shown in FIG.

[Image sticky note display processing]
Next, image sticky note display processing will be described.

  In the image sticky note display process, the sticky note data acquired by the sticky note data acquisition unit 311 is processed by the display processing unit 314 without being processed by the overlap processing unit 312 and the process execution unit 313.

  FIG. 12 is a diagram illustrating an example of sticky note data of an image sticky note paper.

  The sticky note data acquisition unit 311 acquires the sticky note data in the XML format shown in FIG. 12A from the sticky note data storage unit 21 (FIG. 5: step S1), and the sticky note data table array shown in FIG. Each data is set (FIG. 5: Step S3). If the type of the sticky note is “image”, it is determined as “image” type sticky note data (image sticky note), and image sticky note display processing (step S60) is started.

  FIG. 13 is a diagram showing a detailed processing flow of image sticky note display processing (step S60), and FIG. 14 is a diagram showing an example of image sticky note display data.

  The display processing unit 314 extracts “snow mountain” from the title of the tag data table shown in FIG. 12B, generates the title line 11 (step S61), and serves as the base of the content line 12 of the tag paper Is generated (step S62). Then, if “link URL” is set in item 2 (link destination) in the tag data table shown in FIG. 12B (Y in step S63), the display processing unit 314 displays the link URL “http: //www.xxx.com ”is acquired as a link destination, and the acquired image data is displayed in the content line 12 (step S64). On the other hand, if data is not set in item 2 (link URL) of the tag data table (N in step S63), item 1 (image URL) of the tag data table shown in FIG. The image acquired with the image URL is displayed in the content line 12 (step S65).

  Further, the display processing unit 314 generates a predetermined footer row 13 (step S66).

  The display processing unit 314 generates sticky note display data shown in FIG. 14A as a result of the processing in steps S61 to S66. On the sticky note processing display screen 40, a sticky note paper 10 as shown in FIG.

[Calculation sticky note display processing]
Next, calculation sticky note display processing will be described.

  In the calculation sticky note display process, the sticky note data acquired by the sticky note data acquisition unit 311 is passed to the overlap processing unit 312 and if the sticky note displayed on the sticky note display screen 40 overlaps, the overlap processing is performed. Executed. Then, the tag data and the processing result of the overlap processing unit 312 are transferred to the process execution unit 313, and the process is executed by the tag data and the process execution unit 313. Further, the tag data and the processing result of the processing execution unit 313 are passed to the display processing unit 314 for processing.

  FIG. 15 is a diagram illustrating an example of sticky note data of a calculation sticky note paper.

  The sticky note data acquisition unit 311 acquires the sticky note data in the XML format shown in FIG. 15A from the sticky note data storage unit 21 (FIG. 5: step S1), and the sticky note data table array shown in FIG. (FIG. 5: Step S3). If the type is “calc”, it is determined as “calculation” type sticky note data (calculation sticky note), and the calculation sticky note display processing (step S70) is performed. Be started.

  FIG. 16 is a diagram showing a detailed process flow of the calculation sticky note display process (step S70), and FIG. 17 is a diagram showing an example of display data of the calculation sticky note.

  The display processing unit 314 extracts “addition” from the title of the tag data table shown in FIG. 15B, generates the title line 11 (step S71), and serves as the base of the content line 12 of the tag paper Is generated (step S72).

  Then, the process execution unit 313 determines whether or not there is a color determination based on “0 (calculation box)” of item 3 (calculation type) and item 2 (color determination) of the tag data table shown in FIG. A calculation method is set based on “+” of item 1 (calculation content) (step S73). Here, the calculation type “0 (calculation box)” indicates a type of calculation in which the content information (numerical value) of the sticky note overlapping the sticky note is input information to the processing instruction. Further, “0 (do not)” of the color judgment indicates that no distinction is made based on the background color of the sticky note paper (color number of the sticky note data).

  Next, the overlap processing unit 312 performs overlap processing (step S74), and the process execution unit 313 performs the set calculation processing (step S75).

  Thereafter, the display processing unit 314 obtains the calculation processing result of the processing execution unit 313, displays the calculation result on the content line 12 (step S76), and generates a predetermined footer line 13 (step S77).

  Here, in the overlapping process in step S74, if there is no sticky note that overlaps the sticky note to be processed, there is no input information to the processing instruction (calculation content) defined in the sticky note data, and in step S75. The calculation process is not executed. Further, the calculation result of step S76 is not displayed in the content line 12 of the sticky note.

  The detailed processing operations of the overlapping process (step S74) and the calculation process (step S75) will be described later.

  And the display process part 314 produces | generates the display data of the sticky note shown to FIG. 17 (A) as a result of the process of step S71, S76-S77. On the sticky note display screen 40, the sticky note 10 as shown in FIG.

[Special sticky note display processing]
Next, special sticky note display processing will be described.

  In the special sticky note display process, the sticky note data acquired by the sticky note data acquisition unit 311 is passed to the overlap processing unit 312 and the process execution unit 313 as in the case of the calculation sticky note display process, and the respective processes are performed. Executed.

  As special processing, processing instructions are defined such as processing that uses the content information of other overlapping sticky notes as input information, and processing that outputs processing results to other overlapping sticky notes.

  Here, a display example of a special sticky note in which processing instructions for acquiring calendar information and clock information are defined as special processing will be described.

  FIG. 18 is a diagram illustrating an example of sticky note data of a special sticky note paper.

  The sticky note data acquisition unit 311 acquires sticky note data in the XML format shown in FIG. 18A from the sticky note data storage unit 21 (FIG. 5: step S1), and the sticky note data table array shown in FIG. (FIG. 5: Step S3), if the type is “special”, it is determined as “special” type sticky note data (special sticky note paper), and the special sticky note display processing (step S80) is performed. Be started.

  FIG. 19 is a diagram illustrating a detailed processing flow of the special sticky note display process (step S80), and FIG. 20 is a diagram illustrating an example of display data of the special sticky note.

  The display processing unit 314 extracts “clock” from the title of the tag data table shown in FIG. 18B, generates the title line 11 (step S81), and creates the data serving as the base of the content line 12. (Step S82).

  Then, the process execution unit 313 sets “clock” of item 1 (special process type) in the tag data table shown in FIG. 18B (step S83). If there is information set in the extension item of the tag data table shown in FIG. 18B, that information is also set.

  Next, the overlap processing unit 312 performs overlap processing (step S84), and the process execution unit 313 performs the set special processing (step S85).

  Here, as the set special process, the current date and time information (current date information) is acquired from a predetermined access destination, for example, the server device 2, and the acquired current date information is selected by a user operation. A process (special process) for setting related tag data as setting information is performed.

  Thereafter, the display processing unit 314 obtains the processing result of the special processing of the processing execution unit 313, displays the processing result on the content line 12 (step S86), and generates a predetermined footer line 13 (step S87).

  The display processing unit 314 generates sticky note display data shown in FIG. 20A as a result of the processing in steps S81 and S85 to S86. A sticky note 10 as shown in FIG. 20B is displayed on the sticky note display screen 40.

[Overlapping processing]
When a plurality of sticky note papers 10 are displayed on the sticky note display screen 40, the overlapping processing unit 312 detects “overlap” in which the sticky note papers are displayed in a superimposed manner.

  FIG. 21 is a diagram for explaining the overlap of sticky notes.

  It is assumed that three sticky note papers 10a, 10b, and 10c are displayed on the sticky note display screen 40. The sticky note 10a is a calculation sticky note and performs a calculation of “adding input information (value information) i” as a calculation process included in the content information. The sticky notes 10b and 10c are normal sticky notes, and numerical values are set in the content information.

  Further, it is assumed that the three sticky note papers 10a, 10b, and 10c are displayed side by side at predetermined positions on the sticky note display screen 40 by the display processing unit 314 as an initial state. Then, it is assumed that the positions of the sticky note 10b and the sticky note 10c are moved by the user's mouse drag operation, and the state illustrated in FIG. 21 is generated.

  The overlap processing unit 312 refers to the sticky note data corresponding to each of the sticky note papers 10a, 10b, and 10c, and detects whether or not the sticky note paper is overlapped.

  Here, it is assumed that the area set to the size of the tag data is used as the overlapping area, and the coordinates (the coordinates of the top left vertex) set to the position of the tag data as the reference point are used. Specifically, when the position and size of the sticky note 10a are “vertical position (Y): 100, horizontal position (X): 270”, “width: 300, height: 200”, the reference point ( (X, Y) becomes “270, 100”, and the four vertices (X, Y) indicating the overlapping region are “(270, 100); (570, 100); (270, 300); (570, 300). "

  Further, it is assumed that the reference points (X, Y) of the sticky note 10b and the sticky note 10c dragged by the mouse are “400, 170” and “240, 260”, respectively.

  The overlap processing unit 312 determines whether the reference points of the sticky note 10b and the sticky note 10c are located within the overlapping region of the sticky note 10a, or more specifically, the reference points (X, Y) of these sticky note papers 270 < It is examined whether X <570 and the Y coordinate is 100 <Y <300. When it is determined that the reference point (X: 440, Y: 170) of the sticky note 10b is located in the overlapping area of the sticky note 10a, the sticky note 10a is used as a parent sticky note and the sticky note 10b is used as a child sticky note. Set parent-child relationship.

  In addition, since the reference point (X: 240, Y: 260) of the sticky note 10c is 270 <X <570 and the Y coordinate is not 100 <Y <300, the overlap processing unit 312 overlaps the sticky note 10a. It is determined that it is not located in the area, and no parent-child relationship is set between the sticky note 10a and the sticky note 10c.

  In addition, the overlap processing unit 312 extracts all the sticky notes having a set parent-child relationship and sets a sticky note group for the sticky notes for which the overlap between the sticky notes is determined and the parent-child relationship is set as described above. Information on related sticky notes is generated for each sticky note group.

  FIG. 22 is a diagram illustrating an example of a sticky note associated with a parent-child relationship.

  The three sticky note papers 10x, 10y, and 10z shown in FIG. 22 are in overlapping positions, and the parent-child relationship between the sticky note paper 10x (parent) and the sticky note paper 10y (child), the sticky note paper 10y (parent) and the sticky note paper. A parent-child relationship with 10z (child) is set. Since the two parent-child relationship is continued by the sticky note 10y, the overlap processing unit 312 handles the sticky notes 10x, 10y, and 10z as one sticky note group.

  The overlap processing unit 312 extracts and specifies the code of the sticky data of the sticky notes that are continuous as the child sticky notes for each sticky note in the sticky note group, and counts the number of the specified child sticky notes. Thus, the “weight of the sticky note (weighting coefficient)” of each sticky note is used.

  In the specific example shown in FIG. 22, the overlap processing unit 312 identifies two child sticky notes (sticky notes 10y and 10z) for the sticky note 10x, and sets the weighting factor of the sticky note 10x to “2”. Similarly, for the sticky note 10y, one child sticky note (sticky note 10z) is specified, and the weighting coefficient of the sticky note 10y is set to “1”. Further, since there is no child sticky note for the sticky note 10z, the weighting coefficient of the sticky note 10z is set to “0”. The overlap processing unit 312 holds the child sticky note specified for each sticky note and the weight (weight coefficient) of the sticky note as related sticky note information.

  Further, the overlap processing unit 312 sorts the sticky notes (codes) in ascending order of the weight of the sticky notes (weighting coefficient) for each sticky note in the sticky note group, and holds it as sorted sticky note information.

  The processing execution unit 313 refers to the sorted sticky note information passed from the overlap processing unit 312 and executes processing instructions in order from the sticky note with the smallest weight (weighting coefficient) of the sticky note, Used as input information for processing instructions of sticky notes to be executed.

  FIG. 23 and FIG. 24 are diagrams for explaining the determination of the weighting factor of the sticky note in more detail.

  FIG. 23A shows a display example of the sticky note 10. It is assumed that six sticky note papers 10m, 10n, 10p, 10q, 10r, and 10s are displayed on the sticky note display screen 40.

  The overlap processing unit 312 acquires a reference point (position) and an overlap region (size) from the sticky note data of each sticky note 10, and determines whether there is another sticky note having a reference point in the overlap region. A parent-child relationship is set for two sticky notes that are determined to be overlapped, and stored as parent-child relationship information.

  FIG. 23B is a diagram illustrating an example of parent-child relationship information.

  As shown in FIG. 23B, the overlap processing unit 312 sets a parent-child relationship for the sticky note 10m using the sticky note 10n as child information. Further, for the sticky note paper 10n, the sticky note papers 10p and 10q are used as the child sticky note papers for the sticky note paper 10q. For the sticky notes 10p, 10r, and 10s, there is no child sticky note and no parent-child relationship is set. The non-setting of the parent-child relationship is shown as “none” in FIG.

  Further, the overlap processing unit 312 traces the set parent-child relationship in the direction of the child for each sticky note from the parent-child relationship information in FIG. Specifically, for each of the sticky notes 10m, 10n, and 10q having a parent-child relationship, the child sticky note is specified based on the set parent-child relationship, and the parent-child relationship in which the specified child sticky note is set as a parent is determined. The next child sticky note is identified based on the original.

  For example, for the sticky note 10m (sticky note 1), the sticky note 10n (sticky note 2) directly associated as a child sticky note, the sticky notes 10p (sticky note 3), 10q (sticky note 4) associated with the sticky note 10n. ), The sticky note 10r (sticky note 5) associated with the sticky note 10q is specified. As a result, the child sticky notes associated with the sticky note 10m (sticky note 1) are 10n, 10p, 10q, and 10r, and the weight coefficient is determined to be 4.

  Similarly, for the sticky note paper 10n, the sticky note papers 10p and 10q directly associated as the child sticky note papers and the sticky note paper 10r associated with the sticky note paper 10q are specified. As a result, the child sticky notes associated with the sticky note 10n are 10p, 10q, and 10r, and the weight coefficient is determined to be 3. For the sticky note 10q, the directly related sticky note 10r is specified and the weighting factor = 1 is determined. Furthermore, for the sticky notes 10p, 10r, and 10s, since there is no sticky note associated with the child sticky note, the weighting factor is set to zero.

  Then, as shown in FIG. 24A, the overlap processing unit 312 obtains identification information (code) indicating the sticky note specified as the child sticky note and the weight (weighting coefficient) of the sticky note for each sticky note. Generates and holds registered related sticky note information.

  Further, the overlap processing unit 312 sorts the sticky note codes in ascending order of the weighting coefficient based on the related sticky note information, and sorts sticky note information in which the sorting results are registered as shown in FIG. Is generated and maintained.

  FIG. 25 is a diagram illustrating an execution example of the processing instruction based on the weighting factor.

  Of the seven sticky note papers 10d, 10e, 10f, 10g, 10h, 10i, and 10j shown in FIG. 25, a calculation process is performed on the calculation sticky note paper 10d with the content information of the sticky note paper in the area as an input value. It is assumed that “multiplication processing” is defined. Further, it is assumed that “processing for adding the input value using the content information of the sticky note in the area as an input value” is defined as the calculation processing for the calculation sticky notes 10e and 10h. Further, it is assumed that the sticky note papers 10f, 10g, 10i, and 10j are normal sticky notes in which numerical values are set as content information.

  Further, the overlap processing unit 312 performs “sticky paper 10d (parent) -sticky paper 10e (child)”, “sticky paper 10d (parent) -sticky paper 10h (child)”, “sticky paper 10e (parent) -sticky paper”. 10f (child) "," sticky paper 10e (parent) -sticky paper 10g (child) "," sticky paper 10h (parent) -sticky paper 10i (child) "," sticky paper 10h (parent) -sticky paper 10j ( Suppose that the parent-child relationship of “child” is set to form one sticky note group.

  Furthermore, it is assumed that the related sticky note paper and the weighting factor are registered in the related sticky note information as follows.

Sticky note 10d: child sticky notes 10e, 10f, 10g, 10h, 10i, 10j; weight coefficient = 6
Sticky note 10e: child sticky notes 10f, 10g; weight coefficient = 2
Sticky note 10f: no child sticky note; weight coefficient = 0,
Sticky note 10 g: no child sticky note; weight coefficient = 0,
Sticky note 10h: child sticky notes 10i, 10j; weight coefficient = 2
Sticky note 10i: no child sticky note; weight coefficient = 0,
Sticky note 10j: No child sticky note; weight coefficient = 0.

  Further, the overlap processing unit 312 sorts the determined weighting factors in ascending order, and is registered in the sorted sticky note information in the order of “sticky notes 10f, 10g, 10i, 10j, 10e, 10h, 10d”. And

  When the processing execution unit 313 receives the related sticky note information and the sorted sticky note information from the overlap processing unit 312, the calculation processing of the sticky note 10 e and the sticky note 10 h is performed on the calculated sticky note in ascending order of the weight coefficient. To obtain the following processing result.

Sticky note 10e: 1 (sticky note 10f) +2 (sticky note 10g) = 3
Sticky note 10h: 3 (sticky note 10i) +4 (sticky note 10j) = 7
Next, the process execution unit 313 sets the calculation results of the sticky notes 10e and 10h as the input value of the parent tag 10d, and executes the calculation process as follows.

Sticky note 10d: 3 (result of sticky note 10e) * 7 (result of sticky note 10h) = 21
As described above, the processing execution unit 313 can control the processing execution order based on the weighting coefficient of each sticky note, and thus can handle sticky notes in a tree structure.

  The processing result (3) of the sticky note 10e, the processing result (7) of the sticky note 10h, and the processing result (21) of the sticky note 10d are added to the content information of the respective sticky note data, and the contents of the sticky note 10 Displayed on line 12.

[Update processing of sticky note data]
The sticky note data update unit 315 changes the position by moving the sticky note 10 displayed on the sticky note display screen 40, changes the size by dragging the mouse, rewrites content information, executes a processing command (acquires processing results), and the like. If there is, information on the change that has occurred (change information) is acquired and transmitted to the tag data update unit 231 of the server device 2.

  The tag data update unit 231 updates the corresponding tag data in the tag data storage unit 21 based on the change information.

  When the sticky note data acquisition unit 311 executes re-acquisition of sticky note data, the updated sticky note data in the sticky note data storage unit 21 is transmitted to the user device 3.

  Further, the user device 3 can be operated offline after the tag data acquisition unit 311 acquires the tag data from the server device 2. In this case, the change information generated by the operation or the like becomes the update information of the sticky note in the display processing of the display processing unit 314. The sticky note data update unit 315 transmits the change information to the server device 2 when it enters an online state.

  Specific examples of the calculation process defined for the calculation sticky note and the special process defined for the special sticky note are shown below.

  FIG. 26 and FIG. 27 are diagrams illustrating an example of calculation processing executed on a calculation sticky note.

FIG. 26A shows a sticky note 10t ₁ having content information including a processing instruction for performing “addition” processing of the “calculation box” type. Processing is executed when a normal sticky note 10t ₂ having content information (value = 10) and a normal sticky note 10t ₃ having content information (value = 20) are located in the overlapping area of the sticky note 10t ₁ The unit 313 executes addition processing of the sticky note 10t ₁ using the contents information (values) of the sticky notes 10t ₂ and 10t ₃ as input information. As a result, the processing result: 10 + 20 = 30 is displayed on the sticky note 10t _1.

In FIG. 26 (B) shows the sticky note 10t ₁₁ having contents information includes processing instructions for performing "multiplication" treatment "calculation box" type. When the sticky note 10t ₁₂ (value = 10) and the sticky note 10t ₁₃ (value = 20) are located in the overlapping area of the sticky note 10t ₁₁ , the process execution unit 313 performs the sticky note 10t ₁₂ , 10t. ₁₃ contents information (value) as input information, executes a multiplication process of the sticky note _{10t 11.} As a result, the processing result: 10 * 20 = 200.0, are displayed on the sticky note _{10t 11.}

FIG. 27A shows a sticky note 10t ₂₁ having content information including a processing instruction for performing “average” processing of the “calculation box” type. In the averaging process, a process for obtaining the average of the input information in the area is performed.

When the sticky note 10t ₂₂ (value = 10) and the sticky note 10t ₂₃ (value = 20) are located within the overlapping area of the sticky note 10t ₂₁ , the process execution unit 313 performs the sticky note 10t ₂₂ , 10t. The average processing of the sticky note 10t ₂₁ is executed using the content information (value) ₂₃ as input information. As a result, the processing result: (10 + 20) / 2 = 15 is displayed on the sticky note 10t ₂₁ .

FIG. 27B shows a sticky note 10t ₃₁ having content information including a processing instruction for performing a “number” process of the “calculation box” type. In the number processing, processing for obtaining the number of input information in the area is performed.

When the sticky note 10t ₃₂ (value = 10) and the sticky note 10t ₃₃ (value = 20) are located within the overlapping area of the sticky note 10t ₃₁ , the process execution unit 313 determines that the sticky note 10t ₃₂ is located. , 10t ₃₃ is specified, and the number of the specified sticky notes is calculated. As a result, the processing result: 1 + 1 = 2 is displayed on the sticky note 10t ₃₁ .

  FIG. 28 is a diagram showing an example of a special sticky note in which “a process for searching the Internet using the content information of a sticky note located in an area as input information and using the input information as a search term” is defined as a special process. is there.

The sticky note 10t ₄₁ shown in FIG. 28A sets another window, starts a predetermined Internet search software, inputs the content information of the sticky note in the area, executes a search as a search term, and executes the search result. This is a special sticky note in which processing instructions for processing to be displayed in another window in which is set is defined. The sticky note 10t ₄₂ is a normal sticky note in which “character string (javascript)” is set in item 1 (contents) of the sticky note data.

Further, it is assumed that the reference point of the sticky note 10t ₄₂ is located in the overlapping area of the sticky note 10t _{41 on} the sticky note display screen 40.

The process execution unit 313 obtains related sticky note information, and acquires a character string (javascript) of the child sticky note 10t ₄₂ based on the relationship between the two sticky note papers 10t ₄₁ and 10t ₄₂ . Then, the process execution unit 313 activates a predetermined Web browser in a separate window according to the processing instruction of the sticky note 10t ₄₁ , and the character string (event handler) already set in the search word of the search application and the acquired character string (Javascript) is input as a search term. As a result, in the activated Web browser, the Internet search process using the input search word is executed. After the search process, the search result is displayed in the window 45 of the Web browser as shown in FIG.

  FIG. 29 is a diagram illustrating an example of a special sticky note for which special processing is defined.

The sticky note 10t ₅₁ shown in FIG. 29A has a special process defined as “a process for acquiring the current date and time information and setting the acquired date and time information in the setting items of other sticky notes in the area”. Special sticky note containing processing instructions. The sticky notes 10t ₅₂ and 10t ₅₃ are special sticky notes including a processing command in which a special process “process for holding an event schedule” is defined.

Also, on the sticky note display screen 40, it is assumed that the reference points of the sticky notes 10t ₅₂ and 10t ₅₃ are located in the overlapping area of the sticky note 10t ₅₁ .

The process execution unit 313 obtains related sticky note information, and based on the parent-child relationship of the three sticky note papers 10t ₅₁ , 10t ₅₂ , and 10t ₅₃ , first, as the processing of the parent sticky note paper 10t ₅₁ , the current date and time information is obtained. get. The acquired date information is displayed on the content line 12 of the sticky note 10t ₅₁ by the display processing unit 314.

The process execution unit 313 acquires the setting information (either “start setting” or “end setting”) set in the sticky note 10t ₅₁ selected by clicking the mouse, and the acquired date and time information (for example, “2009”). Feb. 06 (Friday) 11:15:19 ”) and the selected setting information (for example,“ start setting ”) as input information, the child sticky notes 10t ₅₂ and 10t ₅₃ are processed. That is, the process execution unit 313 adds the acquired date and time information “Friday 06, 06 (Friday) 11:15:19” to the “start setting” of the schedule of the event “about XX” of the child sticky note 10t _52. Set. Further, the acquired date information “February 06, 2009 (Friday) 11:15:19” is set in the “start setting” schedule of the event “about XX” of the child sticky note 10t ₅₃ .

Note that the sticky note data update unit 315 transmits the change information (start setting date information) of the sticky notes 10t ₅₂ and 10t ₅₃ to the sticky note data update unit 231 of the server device 2, and thus the sticky note data update unit of the server device 2 Reference numeral 231 is the received change information, and updates the sticky note data of the sticky notes 10t ₅₂ and 10t ₅₃ .

  As a result, when the same processing is performed on a plurality of sticky notes 10, a plurality of sticky notes to be changed are superimposed on a special sticky note to be processed, so that a single operation can be performed on a plurality of sticky notes. Input and setting can be performed, and the operation burden of performing operation for each sticky note can be reduced.

  FIG. 30 is a diagram showing a more detailed processing flow of the overlapping processing in step S74 of the processing flow shown in FIG. 16 or step S84 of the processing flow shown in FIG.

  The overlap processing unit 312 acquires the sticky note data of the sticky note 10 displayed on the sticky note display screen 40 (step S101), acquires the position as the reference point of each sticky note (step S102), The size to be acquired is acquired (step S103).

  Further, the overlap processing unit 312 takes out the acquired sticky note data one by one (step S104), and checks whether there is a reference point of another sticky note 10 in the overlap region (step S105).

  If there is a reference point of another sticky note 10 in the overlapping area (Y in step S105), the parent-child relationship is set by using the corresponding sticky note 10 (the reference point is located in the overlapping area) as a child sticky note. (Step S106).

  Next, the overlap processing unit 312 checks whether there is a sticky note 10 whose tag data has not been processed (step S107). If there is a sticky note 10 that has not been processed (Y in step S107), the process proceeds to step S104. If there is no unprocessed sticky note 10 (N in step S107), the process proceeds to step S108.

  The overlap processing unit 312 performs related sticky note acquisition processing (step S108), outputs the generated related sticky note information and sorted sticky note information (step S109), and ends the process.

  FIG. 31 is a diagram showing a more detailed processing flow of the related sticky note acquisition processing in step S108 of the processing flow shown in FIG.

  The overlap processing unit 312 takes out one piece of sticky note data (step S111), specifies the child sticky note 10 connected in a parent-child relationship (step S112), and uses the number of the specified sticky note 10 as the weight (weighting coefficient) of the sticky note paper. Determination is made (step S113), and the specified code of the child sticky note 10 and the weight (weighting coefficient) of the sticky note are registered in the related sticky note information (step S114). If there is an unprocessed sticky note 10 (Y in step S115), the process returns to step S111. If there is no unprocessed sticky note 10 (N in step S115), the weight (weight) of the sticky note in the related sticky note information The sticky notes (the sticky note data codes) are sorted by the coefficient, the sorting result is registered in the sorted sticky note information (step S116), and the process ends.

  FIG. 32 is a diagram showing a more detailed processing flow of the calculation processing in step S75 of the processing flow shown in FIG.

  The process execution unit 313 extracts one piece of sticky note data in ascending order of the weight (weighting coefficient) of the sticky notes in the sorted sticky note information (step S121), and checks whether the sticky note type is “calculation” (step S122). ). If the sticky note type is “calculation” (Y in step S122), sticky note data of all the child sticky note 10 having a parent-child relationship is taken out based on the related sticky note information (step S123), and the taken child sticky note is taken out. A calculation process to be described later is executed using the contents of 10 as input information (step S124).

  If the tag type is not “calculation” (N in step S122), the process proceeds to step S125.

  Then, the process execution unit 313 checks whether the sticky note 10 to be processed has the parent sticky note 10 (step S125). If the sticky note 10 to be processed has a parent note 10 (Y in step S125), the processing result or the content of the sticky note is set as input information for the calculation process of the parent note 10 (step S126). If the sticky note 10 to be processed does not have the parent note 10 (N in step S125), the processing result or the content of the sticky note 10 is output and passed to the display processing unit 314 (step S127).

  Then, the process execution unit 313 checks whether or not there is the next sticky note 10 in the sorted sticky note information (step S128). If there is a next sticky note 10 (Y in step S128), the process execution unit 313 proceeds to the process of step S121. If there is no next sticky note 10 (N in step S128), the process is terminated.

  FIG. 33 is a diagram showing a more detailed processing flow of the calculation processing in step S124 of the processing flow shown in FIG.

  The process execution unit 313 checks whether there is a background color determination setting in the tag data of the tag 10 to be processed (step S131). If the background color judgment is set (Y in step S131), the child sticky note 10 having the same background color is specified (step S132), and the content of the specified child sticky note 10 is defined as the input information and defined in the sticky note data. The calculation is executed (step S133).

  FIG. 34 is a diagram showing a more detailed processing flow of the special processing in step S85 of the processing flow shown in FIG.

  The process execution unit 313 extracts one piece of sticky note data in ascending order of the weight (weight coefficient) of the sticky notes in the sorted sticky note information (step S141), and checks whether the sticky note type is “special” (step S142). ). If the sticky note type is “special” (Y in step S142), the sticky note data of all the child sticky notes 10 having the parent-child relationship are extracted based on the related sticky note information (step S143), and the extracted child sticky notes The defined special processing is executed using the contents of 10 as input information (step S144).

  If the sticky note type is not “special” (N in step S142), the process proceeds to step S145.

  Then, the process execution unit 313 checks whether the sticky note 10 to be processed has the parent sticky note 10 (step S145). If the sticky note 10 to be processed has the parent note 10 (Y in step S145), the processing result or the content of the sticky note 10 is set as input information for the special processing of the sticky note 10 (step S146). If the sticky note 10 is not included in the processing target sticky note 10 (N in step S145), the processing result or the content of the sticky note 10 is output and passed to the display processing unit 314 (step S147).

  Then, the process execution unit 313 checks whether or not there is the next sticky note 10 in the sorted sticky note information (step S148). Returning, if there is no next sticky note 10 (N in step S148), the process is terminated.

  As described above, the electronic sticky note system 1 can prepare sticky notes with functions for executing various processes. Therefore, the user can execute various processes only by superimposing a normal sticky note having contents such as a numerical value or a character string on a sticky note with a desired function on the sticky note display screen 40.

  Furthermore, since a predetermined process is executed simply by superimposing a sticky note with a function and a normal sticky note, the sticky note with a function and a normal sticky note serving as input information can be reused.

  Further, when the electronic sticky note system 1 is configured so that the server device 2 holds the sticky note data, after the sticky note data is obtained by the user device 3, the sticky note data is obtained by performing an operation in an offline state. It is possible to freely change the content and position of the sticky note on the sticky note display screen 40 while maintaining the time.

  In addition, the tag data held in the server device 2 can be shared and used by a plurality of users.

  In the embodiment of the present invention, each processing unit constituting the electronic sticky note system 1 reads and executes a program received from the server device 2 and stored in the external storage unit by the computer described as the user device 3. It is realized by doing.

  This program can be stored in an appropriate recording medium such as a portable medium memory, a semiconductor memory, or a hard disk, which can be read by a computer, and is provided by being recorded on these recording media. Alternatively, this program is provided by transmission and reception using various communication networks via a communication interface.

DESCRIPTION OF SYMBOLS 1 Electronic sticky note system 2 Server apparatus 21 Sticky note data storage part 23 Sticky note data update program 231 Sticky note data update part 3 User apparatus 31 Sticky note data processing program 311 Sticky note data acquisition part 312 Overlapping process part 313 Processing execution part 314 Display processing part 315 Sticky note Data update unit 40 Sticky note display screen 10 Sticky note

Claims (8)

An electronic sticky note system that displays sticky note data on a sticky note display screen,
On the sticky note display screen, a reference point that indicates the display position of the sticky note data, a display area that indicates the size of the display area, an overlapping area that determines the overlap of other sticky note data, and content information that is the contents of the sticky note paper A plurality of sticky note data that is either a value instruction or a processing instruction for starting an execution program for a predetermined process whose output result is information different from the input information. A sticky note data storage unit;
A tag data acquisition unit that acquires a plurality of the tag data from the tag data storage unit;
A display processing unit for displaying the acquired sticky note data on the sticky note display screen based on a reference point;
Among the plurality of sticky note data displayed on the sticky note display screen, other sticky note data in the overlapping region of the sticky note data having a relationship in which the reference point of the other sticky note data is located in the overlapping region of the sticky note data. An overlap processing unit for setting a parent-child relationship in which the sticky note data in which the reference point is located is set as parent sticky note data, and the sticky note data in which the reference point is located in an overlapping area of other sticky note data is used as child sticky note data;
Value information of the other tag data when the content information of one tag data of the two tag data set with the parent-child relationship is the processing instruction and the content information of the other tag data is the value information The execution program is started by the processing instruction as input information of the processing instruction of the one sticky note data, and the execution result obtained from the started execution program is displayed in any one display area of the two sticky note data or separately An electronic sticky note system comprising: a processing execution unit for displaying in an area. In the sticky note data in which the parent-child relationship is set, when the content information of a plurality of parent tag data or a plurality of child sticky note data is value information, the processing execution unit inputs all of the value information into the processing command. The electronic sticky note system according to claim 1, wherein the processing instruction is activated as information. The overlap processing unit extracts all the sticky note data in which the parent-child relationship is continuous, sets a sticky note group, calculates the number of successive child sticky note data from each sticky note data in the sticky note group, and calculates each sticky note data Determine the number of weights for the tag
The processing execution unit executes the processing for the sticky note data of the executed sticky note data in order from the processing instruction for the sticky note data of the executed sticky note data in order from the processing instruction of the sticky note data with the smallest number of weights of the sticky note. The electronic sticky note system according to claim 1, wherein the electronic sticky note system is executed. An electronic sticky note system that displays sticky note data on a sticky note display screen,
A sticky note data storage unit for storing sticky note data including a reference point indicating the display position of the sticky note data on the sticky note display screen, a display area indicating the size of the display area, and content information that is the content of the sticky note;
A sticky note data acquisition unit for acquiring the sticky note data from the sticky note data storage unit;
A display processing unit for displaying the acquired sticky note data on the sticky note display screen based on a reference point;
A processing execution unit that executes the processing instruction using the value information given to the processing instruction as input information when the content information of the tag data includes a processing instruction for executing a predetermined process;
When a plurality of pieces of sticky note data are displayed on the sticky note display screen, the sticky note data having a relationship in which a reference point of other sticky note data is located in a predetermined overlapping region of the sticky note data, Set the parent-child relationship where the sticky note data where the reference point of the sticky note data is located is the parent sticky note data, and the sticky note data whose reference point is located in the overlapping area of other sticky note data is the child sticky note data. Overlap processing that extracts all continuous sticky note data, sets a sticky note group, calculates the number of consecutive child sticky note data from each sticky note data in the sticky note group, and determines the number of sticky note weights of each sticky note data With parts,
When the content information of the parent tag data for which the parent-child relationship is set includes the processing command, the processing execution unit executes the processing for the sticky note group in order from the processing command for the tag data with the smallest weight number of the tag. An electronic sticky note system characterized by executing a processing instruction of the attached sticky note data of the executed sticky note data using the execution result as input information. When the sticky note data storage unit stores the sticky note data in which attribute information having a predetermined category is defined,
The processing execution section, characterized in that the attribute information in the sticky note group executes processing instructions of the parent tag data values information of the child tag data of the same classification as the input information 請 Motomeko 4. The electronic sticky note system according to 4. A sticky data update unit that detects a change operation on the sticky note data displayed on the sticky note display screen and updates content information of the sticky note data based on a processing result of the detected change operation; The electronic sticky note system according to claim 1 or 4. The electronic sticky note system according to claim 6, wherein the display processing unit displays the updated sticky note data on the sticky note display screen. To a computer equipped with a sticky note data storage unit for storing sticky note data,
On the sticky note display screen, a reference point that indicates the display position of the sticky note data, a display area that indicates the size of the display area, an overlapping area that determines the overlap with other sticky note data, and content information that is the content of the sticky note paper A plurality of sticky note data which are either value information or a processing instruction for starting an execution program for a predetermined process whose output result is information different from the input information. A process of acquiring a plurality of the sticky note data from the sticky note data storage unit;
Processing for displaying the acquired sticky note data on the sticky note display screen based on a reference point;
Among the plurality of sticky note data displayed on the sticky note display screen, other sticky note data in the overlapping region of the sticky note data having a relationship in which the reference point of the other sticky note data is located in the overlapping region of the sticky note data. Processing for setting a parent-child relationship in which the sticky note data in which the reference point is located is used as parent sticky note data, and the sticky note data in which the reference point is located in an overlapping area of other sticky note data is used as child sticky note data;
Value information of the other tag data when the content information of one tag data of the two tag data set with the parent-child relationship is the processing instruction and the content information of the other tag data is the value information The execution program is started by the processing instruction as input information of the processing instruction of the one sticky note data, and the execution result obtained from the started execution program is displayed in any one display area of the two sticky note data or separately Electronic sticky note program to execute the processing to be displayed in the area.

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